07-16-2024, 12:50 PM
Based on your requirements and considering the noise levels you've experienced with the Seagate Exos 12TB drives, transitioning to WD Red series drives seems like a prudent choice. The WD Red series is renowned for its reliability and relatively quiet operation, making it a popular option among NAS users.
Between the WD Red Plus and WD Red Pro models, both are engineered with noise reduction in mind, but there are some differences to consider:
WD Red Plus (formerly known as WD Red): This is designed for home and small office NAS systems with up to 8 bays. It offers good performance and reliability at a quieter operation compared to high-performance models.
WD Red Pro: Geared towards larger NAS systems (up to 24 bays) and demanding workloads, the WD Red Pro delivers higher performance at slightly increased noise levels compared to WD Red Plus.
If noise is your primary concern, opting for the WD Red Plus would likely provide a quieter experience while still meeting your storage needs in a 12TB capacity. Moving down to a 10TB capacity could potentially reduce noise further, as larger capacity drives can generate more operational noise due to increased platter density and spindle speed.
Between the WD Red Plus and WD Red Pro models, both are engineered with noise reduction in mind, but there are some differences to consider:
WD Red Plus (formerly known as WD Red): This is designed for home and small office NAS systems with up to 8 bays. It offers good performance and reliability at a quieter operation compared to high-performance models.
WD Red Pro: Geared towards larger NAS systems (up to 24 bays) and demanding workloads, the WD Red Pro delivers higher performance at slightly increased noise levels compared to WD Red Plus.
If noise is your primary concern, opting for the WD Red Plus would likely provide a quieter experience while still meeting your storage needs in a 12TB capacity. Moving down to a 10TB capacity could potentially reduce noise further, as larger capacity drives can generate more operational noise due to increased platter density and spindle speed.